A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Industrial Water Desalination by Vacuum Multi‐Effect Membrane Distillation
Water shortage and a rising water demand are prevalent issues on the political agenda worldwide. Available water resources must not only be provided to ensure a domestic and drinking water supply for a steadily increasing population but also for the growing industrial and agricultural sectors. This work outlines how the use of the innovative vacuum multi‐effect membrane distillation contributes to improve the water management efficiency in the following key industry sectors: desalination, drinking water and beverage industry, pharmaceutical, agro and chemical as well as oil and gas industry.
Industrial Water Desalination by Vacuum Multi‐Effect Membrane Distillation
Water shortage and a rising water demand are prevalent issues on the political agenda worldwide. Available water resources must not only be provided to ensure a domestic and drinking water supply for a steadily increasing population but also for the growing industrial and agricultural sectors. This work outlines how the use of the innovative vacuum multi‐effect membrane distillation contributes to improve the water management efficiency in the following key industry sectors: desalination, drinking water and beverage industry, pharmaceutical, agro and chemical as well as oil and gas industry.
Industrial Water Desalination by Vacuum Multi‐Effect Membrane Distillation
Braun, Gerhard (author) / Kleffner, Christine (author)
Chemie Ingenieur Technik ; 91 ; 1400-1408
2019-10-01
9 pages
Article (Journal)
Electronic Resource
English
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